What are the main components of a shuttering magnet?

To understand the components of a shuttering magnet, you need to take a look around the assembly floor of the QCM Magnet factory. I will briefly explain how these parts are assembled to form a whole. In fact, the shuttering magnet is not complicated, the most important core component is the magnetic array. I will show you a picture of the magnetic array.

As you can see from the picture, the magnetic array is a combination of bar-shaped neodymium magnets and rectangular iron blocks that are aligned with each other. They are then locked with screws to prevent them from sliding and separating. The iron block in the center has a through hole for attaching a stainless steel threaded rod. The stainless steel threaded rod is the key to the shuttering magnet button that controls the magnetic startup and shutdown, and the rod will drive the entire magnetic array up and down under external force. Below you will see the neodymium magnet and the ferrule that protects it.

The powerful pull force of the shuttering magnet is provided by neodymium magnets, and the stronger the pull force, the more neodymium magnets are required. Only by combining multiple neodymium magnets can the magnet shuttering be strong enough to hold the template firmly in place. Currently the assembly of magnetic arrays is semi-automated, you can see the assembly video.

Next, the magnetic array and the combination of the stainless steel threaded rod and button make up the working elements of the precast magnet. With these parts mounted in the steel housing, the shuttering magnet is basically assembled. Of course, this is a simplistic representation and the actual production process is far from easy.

Why don't we take a look at the exploded view of the Precast Concrete Magnet, where you can see some of the smaller parts that we haven't explained yet. By looking at this exploded view, you will have a better understanding of the main components of the shuttering magnet.